2025 Echo Water Conditioner Performance

NO WASTE · NO BACKWASHING · NO ELECTRICITY · NO CHEMICALS

tested & certified by the
Water Quality Association to NSF/ANSI/CAN
Standard 61, which now includes the NSF/
ANSI/CAN 372 Lead Free requirements.

Media Volume Required: 0.07 ft3

Backwash Volume (Gal/Backwash/ft3): None required

Service Frequency: None Required

Regeneration Volume (per regeneration): None Required

INTRODUCTION
The Echo Water Conditioner utilizes advanced Template Assisted Crystallization® (TAC®) technology to prevent scale buildup. This process transforms dissolved hardness minerals, like calcium carbonate (CaCO₃), into microscopic crystals. These harmless crystals remain suspended in the water, effectively isolating the hardness minerals so they can no longer adhere to pipes, fixtures, or appliances.

FEATURES
• Highly Efficient Operation
– Only 5 seconds of contact time required, regardless of hardness level
– Traditional ion exchange systems require up to 90 seconds

• No Salt or Chemical Additives Required
• No Wastewater from Backwashing
• Eco-Friendly Solution
– Ideal for use in regions where salt-based softeners are restricted or banned
– Helps conserve water and protect the environment

• Durable Media
– Media is not consumed during the conditioning process, ensuring long-lasting performance

• No Electricity or Control Valves Needed
• Versatile Installation Options
– Compatible with standard mineral tanks and point-of-use cartridge formats
– Operates efficiently in an upflow configuration

APPLICATIONS
The Echo Water Conditioner is a low-maintenance, high-performance solution that offers a reliable alternative to traditional water softening systems. Its salt-free design is particularly well-suited for residential homes, foodservice operations, and commercial applications where routine maintenance may be overlooked. Whether for home, business, or industrial use, the Echo Water Conditioner delivers dependable protection against scale with minimal upkeep.

How It Works

Crystal Formation
The Echo Water Conditioner uses advanced Template Assisted Crystallization (TAC) technology. As water passes through the system, the surface of specially engineered polymer beads attracts hardness minerals like calcium and magnesium. These ions are converted into microscopic crystals, forming stable structures that serve as templates for additional mineral ions.

Crystal Release
Once these crystals reach a certain size, they detach and remain suspended in the water. In this crystalline form, the minerals are rendered inactive—they cannot attach to surfaces, form scale, or interfere with soap and detergents.

This innovative process ensures that hardness minerals pass harmlessly through your plumbing system and appliances. The result: cleaner pipes, longer-lasting equipment, and no noticeable change in your water—just better performance and peace of mind.

Product Specifications

Physical Properties

• Service Flow Rate: 4 GPM per liter of media (limited by bed expansion)

• Media Composition: Specially treated polymer

• Particle Size: 0.3–1 mm (>90% approx. 20x50 mesh)

• Color: Off-white to pale yellow-beige

• Bulk Density: Approx. 1.71 lbs/L (776 g/L)

  • Range: 1.68–1.74 lbs/L (763–789 g/L)

• Packaging: 180-liter drum (~308 ± 5 lbs or ~140 ± 2.3 kg)

• Uniform Coefficient: Max. 1.8

• Specific Gravity: 1.5 g/cm³

• Moisture Content: ~10–20%

Water Chemistry & Limitations

• Operating pH Range: 6.5 to 8.5

• Maximum Hardness: 75 grains (1,300 ppm as CaCO₃)

• Operating Temperature: 41°F to 140°F (5°C to 60°C)

• Chlorine Tolerance: <3 ppm

• Maximum Iron (Ferrous): ≤0.3 mg/L

• Maximum Manganese: ≤0.05 mg/L

• Maximum Copper: ≤1.3 mg/L

• Pre-treatment Requirements:

  • Oil & Polyphosphates: Must be removed prior to use

  • Hydrogen Sulfide (H₂S): Must be removed prior to use

Operating Conditions

• Typical Bed Depth: 4–10 inches (based on flow rate)

• Required Freeboard: 200% of bed depth (minimum 20")

• Operating Mode: Upflow only

• Backwash: Not required

• Startup Recommendation: Slowly wet media and bleed any trapped air during initial use for optimal performance